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3 | 3 | layout: home |
4 | 4 |
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5 | 5 | hero: |
6 | | - name: "E3SM QuickView" |
7 | | - text: "Tools for climate data" |
| 6 | + name: "The QuickView Family" |
| 7 | + text: "Intuitive Analysis Tools for Earth System Models" |
8 | 8 | tagline: |
9 | | - Get started with the QuickView suite of tools to better explore and compare |
10 | | - your climate data. |
| 9 | + Get started with the QuickView family of tools to quickly explore and compare |
| 10 | + your simulation output from Earth system models. |
11 | 11 | image: /banner.png |
12 | 12 | actions: |
13 | | - - theme: brand |
14 | | - text: Running at NERSC |
15 | | - link: /nersc/ |
16 | | - - theme: alt |
17 | | - text: Getting started |
18 | | - link: /guides/data |
19 | 13 | - theme: alt |
20 | 14 | text: Installation |
21 | 15 | link: /guides/installation |
| 16 | + - theme: alt |
| 17 | + text: Getting started |
| 18 | + link: /guides/data |
| 19 | + - theme: brand |
| 20 | + text: Running at NERSC |
| 21 | + link: /nersc/ |
22 | 22 |
|
23 | 23 | features: |
24 | 24 | - icon: |
25 | | - src: /logos/opensource.svg |
| 25 | + src: /logos/E3SM_Logo.png.png |
| 26 | + width: 120px |
| 27 | + title: Purpose |
| 28 | + details: |
| 29 | + The QuickView family is a collection of open-source, interactive |
| 30 | + visualization tools designed |
| 31 | + for scientists working with the Exascale Earth System Model (E3SM). |
| 32 | + - icon: |
| 33 | + src: /logos/ParaView_Mark.png |
| 34 | + width: 60px |
| 35 | + src: /logos/trame-icon.svg |
26 | 36 | width: 60px |
27 | | - # title: OpenSource |
| 37 | + title: Engine and UI |
28 | 38 | details: |
29 | | - E3SM QuickView is an open-source, interactive visualization tool designed |
30 | | - for scientists working with the atmospheric component of the Energy |
31 | | - Exascale Earth System Model (E3SM), known as the E3SM Atmosphere Model |
32 | | - (EAM). Its Python- and Trame-based Graphical User Interface (GUI) provides |
| 39 | + The Python- and Trame-based User Interface (UI) provides |
33 | 40 | intuitive access to ParaView's powerful analysis and visualization |
34 | | - capabilities, without the steep learning curve. |
| 41 | + capabilities but without requiring a steep learning curve. |
35 | 42 | - icon: |
36 | 43 | src: /logos/nersc.png |
37 | 44 | width: 170px |
38 | | - # title: NERSC |
| 45 | + title: Remote Data |
39 | 46 | details: |
40 | | - The applications from the QuickView suite are installed at NERSC so you |
41 | | - can just login and use them directly. They are available from within the |
42 | | - JupyterHub terminal so you can start one or more instance from your |
43 | | - reserved node. When running them, they will provide you with a URL that |
44 | | - you can click to enable a full screen experience within your browser while |
45 | | - allowing multi-screen usage. |
| 47 | + Tools in this family have been deployed at NERSC so that users can |
| 48 | + directly access simulation data there. |
| 49 | + No installation is required on the user's end, as the UI shows up in |
| 50 | + a brower window. |
46 | 51 | - icon: |
47 | | - src: /logos/pnnl.svg |
| 52 | + src: /logos/SciDAC-logo.png |
48 | 53 | width: 140px |
49 | | - # title: Collarative research |
| 54 | + title: Funding Source |
50 | 55 | details: |
51 | | - E3SM QuickView is a product of an interdisciplinary collaboration |
| 56 | + The development of this tool suite is an ongoing interdisciplinary collaboration |
52 | 57 | supported by the U.S. Department of Energy Office of Science’s Advanced |
53 | 58 | Scientific Computing Research (ASCR) and Biological and Environmental |
54 | 59 | Research (BER) via the Scientific Discovery through Advanced Computing |
55 | | - (SciDAC) program. The project is lead by Hui Wan and Kai Zhang at Pacific |
56 | | - Northwest National Laboratory. |
| 60 | + (SciDAC) program. |
| 61 | + - icon: |
| 62 | + src: /logos/PNNL_Abbreviated_Logo.png |
| 63 | + width: 140px |
| 64 | + src: /logos/Kitware.png |
| 65 | + width: 140px |
| 66 | + title: Collaborators |
| 67 | + details: |
| 68 | + The tool family is collaboratively designed by |
| 69 | + Earth system scientists at Pacific Northwest National Laboratory |
| 70 | + and visual analytics specialists at Kitware Inc. |
57 | 71 | --- |
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